HYDROMECHANICAL EQUIPMENT HYDROMECHANICAL PROCESSES |
Prof. Ing. Tomáš Jirout, Ph.D. (Phone: 224 352 681, e-mail: Tomas.Jirout@fs.cvut.cz, room 421
pavilion B1)
Courses and Practice – supporting documents
0. Introduction – basic
information, content of courses, recommended literature
1. Flow in pipes, pipe networks
– basic equations, friction losses, basic calculations of pipes, basis of
pipe networks calculation, compressible flow of gases
2. Pumps and gas moving equipment
– positive-displacement and centrifugal pumps, fans, compressors,
blowers, design of basic parameters
3. Flow in porous beds –
packed columns, properties and characteristics of porous bed, single phase flow
in porous bed, two phase flow in porous bed
4. Filtration –
surface and deep-bed filtration, basic parameters and theory of filtration,
constant-rate and constant-pressure filtration, variable pressure and rate
filtration, types and design of filters
5. Settling and sedimentation in particle –
fluid separation – settling velocity, hindered settling,
settlers (thickeners), hydraulic classification, bubbling, flotation
6. Centrifugal separation processes –
theoretical background
Centrifuges – theory of settling in centrifuges,
sedimentation and filtration centrifuges, design of centrifuges
Cyclones and hydrocyclones
– main parameters, design of cyclones
7. Flow in fluidized bed
– types of fluidization, basic parameters of fluidization, industrial
application of fluidization
8. Agitation and mixing of fluids – flow in agitated batch, equipment for
mechanical mixing, power consumption of agitator, blending effect of agitator,
dispersing of gas in liquid, mixing of suspension
Pipelines mixing – static mixers – main type of static mixers, main parameters of
static mixers
Final examination
1st term – XXth
May 2015 from XX.XX in computer room of dept. 12118 (room No. 432)
– written form see information in “Introduction”
|